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Now that you have tried the simulation answer the following questions. 1. When you pull clothes out of the dryer, sometimes they stick together. What do you think might explain why they stick? 2. What do you think happens in the dryer that makes the clothes stick together?

Now that you have tried the simulation answer the following questions. 1. When you pull clothes out of the dryer, sometimes they stick together. What do you think might explain why they stick? 2. What do you think happens in the dryer that makes the clothes stick together?

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter5: Principles Of Chemical Reactivity: Energy And Chemical Reactions
Section: Chapter Questions
Problem 117SCQ: You have the six pieces of metal listed below, plus a beaker of water containing 3.00 102 g of...
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Can anyone do this it's about phET static lab

Now that you have tried the simulation answer the following questions. 1. When you pull clothes out of the dryer, sometimes they stick together. What do you think might explain why they stick? 2. What do you think happens in the dryer that makes the clothes stick together? 3. The pictures below show positive and negative circles. The negatives are stuck in place, but the positive is free to move: 000 Why? A 000 a. For each picture above, draw arrows on the positive circle ( think it will move. 000 + A + B 00 b. In which picture below, do you think the positive circle would go the fastest? (Circle your answer) + 000 B + C ) to show which way you +
Transcribed Image Text:Now that you have tried the simulation answer the following questions. 1. When you pull clothes out of the dryer, sometimes they stick together. What do you think might explain why they stick? 2. What do you think happens in the dryer that makes the clothes stick together? 3. The pictures below show positive and negative circles. The negatives are stuck in place, but the positive is free to move: 000 Why? A 000 a. For each picture above, draw arrows on the positive circle ( think it will move. 000 + A + B 00 b. In which picture below, do you think the positive circle would go the fastest? (Circle your answer) + 000 B + C ) to show which way you +
4. In the pictures below, the middle positive "pucks" are free to move, and have some positive and negative circles are stuck down on either side of them. For each case (A, B, and C), do you think the middle positive "puck" will move or not move? If the puck will move, draw an arrow on the "puck" to show which way you think it will move. If the puck won't move, write that down. Case A Case B Case C Negative Circle Stuck + 5. Moving balloons? Positive "puck" Free to move + + + If is not possible, explain why? Positive Circle Stuck ++ Explain why? Explain why? Explain why? In the picture below, the balloons on the left and middle are held in place. The right balloon is free to move. Is it possible to add positives or negatives on the free balloon that would make it move to the left (←)? If so, then draw positives or negatives on the balloon that would make it move, and explain why you think it would work?
Transcribed Image Text:4. In the pictures below, the middle positive "pucks" are free to move, and have some positive and negative circles are stuck down on either side of them. For each case (A, B, and C), do you think the middle positive "puck" will move or not move? If the puck will move, draw an arrow on the "puck" to show which way you think it will move. If the puck won't move, write that down. Case A Case B Case C Negative Circle Stuck + 5. Moving balloons? Positive "puck" Free to move + + + If is not possible, explain why? Positive Circle Stuck ++ Explain why? Explain why? Explain why? In the picture below, the balloons on the left and middle are held in place. The right balloon is free to move. Is it possible to add positives or negatives on the free balloon that would make it move to the left (←)? If so, then draw positives or negatives on the balloon that would make it move, and explain why you think it would work?
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